Photoreceptor Optics, Theory and Practice
Photoreceptor Optics, Theory and Practice
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感光光学、理论与实践
DOI：
10.1007/978-3-642-74082-4_4
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发表时间：
1989
期刊：
影响因子：
--
通讯作者：
J. H. Hateren
中科院分区：
文献类型：
--
作者：
J. H. Hateren
根据Snyder和Menzel(1975b)，光感受器光学的目标是解释光感受器的绝对、光谱、方向性和偏振敏感性的结构基础。然而，这篇综述将集中在方向灵敏度上，因为这是一种质量，以及绝对灵敏度，受光感受器光学影响最大，从理论和实验上都进行了最深入的研究。有关相关主题的其他评论，请参阅斯奈德1975,1979；斯奈德和洛夫1983；以及霍洛维茨1981。
According to Snyder and Menzel (1975b), the goal of photoreceptor optics is to explain the structural basis of a photoreceptor’s absolute, spectral, directional, and polarization sensitivities. This review will concentrate, however, on the directional sensitivity, as this is the quality, together with the absolute sensitivity, most influenced by photoreceptor optics and most thoroughly investigated both theoretically and experimentally. For other reviews on related topics see Snyder 1975, 1979; Snyder and Love 1983; and Horowitz 1981.